While the device is exposed to the hydrogen gas, the transmittance of the Pd-WO3 can be tuned, which is synchronously sensed by the graphene/Si photodetector.
The presence of quantum-scale crystalline silicon particles leads to optical emission bands which can be tuned through the visible and near-IR spectral range and which can easily dominate the optical response of the composite material [9, 10].
The configuration of shape memory alloy (SMA) branches and non-SMA dual beams is proposed in order that this structure can effectively exploit the advantages of SMA materials, namely their significantly varying Young׳s moduli which can be tuned to adjust and widen the stop bands, and can prevent the associated limitation of hysteresis.
In some cases, a few keys may be out of tune, which can cause the music to sound wrong.
At nanometer scale, Si NPs in colloidal form exhibit visible photoluminescence (PL) with a high quantum yield because of the confinement effect which partly overcomes the indirect band gap and which can be tuned by the NP size [4 6].
Thus, we can view the probes as the monitor-level ACs, which can be tuned by RSpring.
The possible reason is that noble metal nanoparticles can strongly absorb visible light because of their localized surface plasmon resonance (LSPR), which can be tuned by varying their size, shape, and surroundings [31].
Models which can be "tuned" in many different ways give researchers more scope to perceive a pattern where none exists.
Radio-frequency amplifiers, which can be tuned, suffer from variation of selectivity (ability to separate adjacent stations) and gain (amplification) over the tuning range.
The model has two parameters which can be tuned.
